Volume of cylinder:

, where

is the radius and

is the height. This volume is

(cubic cm).
Volume of cone:

, with the same variables denoting the same parameters. This volume is

(also cubic cm).
The number of times it would take to fill the cylinder with water using the cone as a source would be
Answer:
altitude = 30 cm
lateral surface area = 301 cm² (approximately)
Step-by-step explanation:
let the altitude be x,
240=6*4*x/3
or, x=30 cm
Lateral surface area,
=l×√(w/2)²+h²]+w×√[(l/2)²+h²]
=6×√[(4/2)²+30²]+4×√[(6/2)²+30²]
≈300.99806
≈ 301 cm²
Answered by GAUTHMATH
<span> x=employees
(3)x=listeners
(3)x+x=108
3x+x=108
4x=108
X=108/4
X=27</span>
Answer:
Step-by-step explanation:


If the rate is $3.50 for a five-pound bag, then the unit rate is $0.70 per a pound bag.